Without given a specific molecule there is not any way to determine the shape. Beryllium chloride consists of beryllium in the middle and a chlorine on each side, and is in the shape of a straight line.
The shapes of molecules are determined by the repulsion between electron pairs in the outer shell of the central atom. Both bond pairs (electron pairs shared by two atoms) and lone pairs (those located on a central atom but not shared) must be considered.
They are listed as to their shape in three dimensions. The shape of a molecule is a description of the way the atoms in the molecule occupy space. Linear, trigonal planar and tetrahedral are three of the many forms.
The molecular shape of the molecule depends on the molecule in question.
Using a VSEPR theory, the electron bond pairs and lone pairs on the center atom will help scientists predict the shape of a molecule.
Three examples: linear, trigonal, tetrahedral.
The configuration of various elements
Some shapes will allow many molecules to arrange around the water molecule while other shapes will not
There are three molecules in ozone. It can be man made from oxygen, with a high voltage electrical discharge, that splits the oxygen from two molecules into three which gives you ozone.
9
H2O consists of two Hydrogen and one Oxygen. Three sets of these would mean 9 atoms in your three molecules of water.
2.4 x (6.022x1023) = 1.44528x1024 molecules of butane number of moles (of molecules) x avgadro's constant(6.022x1023) = number of molecules
Some shapes will allow many molecules to arrange around the water molecule while other shapes will not
You can make a lot more than three shapes with just 2 prisms.
There are infinitely many 3-D shapes so it is not possible to name them individually.
Three diamonds arranged in a line can form the shape of a triangle.
The ability of carbon to catenate makes it possible for there to be too many carbon molecules
In most shapes the diagonals do not bisect one another. It might be possible to answer the question if it were more specific. To start with, shapes with how many sides?
You can make a retangle and diamond. :)
It has three which are two circles and a rectangle
It produces four molecules
The stability of the three-dimensional shape of many large molecules is dependent on Hydrogen Bonds.
Every triangle will tessellate and, since there are infinitely many possible triangles, there are infinitely many shapes that can be used for tessellation. On the other hand, in any single tessellation you can only use a finite number of shapes.
Polygons are closed two dimensional shapes which are bounded by three or more straight lines. There are infinitely many of them so it is not possible to name them all.